Microbial Recombination and Gene Transfer What information can be generated by interrupted mating experiments? Proteomics of the bacteria DNA nucleotide sequences Levels of DNA homology Bacterial genome maps Proteomics of the bacteria DNA nucleotide sequences Levels of DNA homology Bacterial genome maps ANSWER DOWNLOAD EXAMIANS APP
Microbial Recombination and Gene Transfer Which of the following statement describes plasmids? Small, circular DNA molecules that can exist independently of chromosomes commonly found in bacteria A complex membrane structure that covers the chromosome of bacteria None of these Another name for a protoplast Small, circular DNA molecules that can exist independently of chromosomes commonly found in bacteria A complex membrane structure that covers the chromosome of bacteria None of these Another name for a protoplast ANSWER DOWNLOAD EXAMIANS APP
Microbial Recombination and Gene Transfer Which of the following type of recombination does not require homologous sequences and is utilized by mobile genetic elements that move about chromosomes? Site-specific recombination Mutagenic recombimation Replicative recombination General recombination Site-specific recombination Mutagenic recombimation Replicative recombination General recombination ANSWER DOWNLOAD EXAMIANS APP
Microbial Recombination and Gene Transfer The term used for plasmids possessing both RTF and r determinants is non self-transmissible plasmids non conjugative plasmids None of these conjugative plasmids non self-transmissible plasmids non conjugative plasmids None of these conjugative plasmids ANSWER DOWNLOAD EXAMIANS APP
Microbial Recombination and Gene Transfer Recombination of virus genomes occurs simultaneous infection of a host cell by two viruses with homologous chromosomes by transription by transduction by transformation simultaneous infection of a host cell by two viruses with homologous chromosomes by transription by transduction by transformation ANSWER DOWNLOAD EXAMIANS APP
Microbial Recombination and Gene Transfer In lysogeny, DNA-degrading enzymes in the extracellular medium would stop the process bacteria take up double stranded DNA from the environment a bacteriophage transfers bacterial DNA a bacteriophage genome is integrated into the bacterial genome DNA-degrading enzymes in the extracellular medium would stop the process bacteria take up double stranded DNA from the environment a bacteriophage transfers bacterial DNA a bacteriophage genome is integrated into the bacterial genome ANSWER DOWNLOAD EXAMIANS APP
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